A 30% loss at 40 is a dip. At 63, it can end your retirement.

If you are within about a decade of retiring, you have probably already done the calculation in your head more than once: the balance, the years left, the number you can draw without running out. What that calculation quietly assumes is an orderly market between here and there. The uncomfortable part is that the single thing most likely to undo it is not how much the market rises or falls on average over your career — it is the order in which those years happen to arrive. And the auto-pilot most savers trust to handle this, the target-date fund, was never built to touch that variable at all.

Here is the part most people never look under the hood at. A target-date fund follows what the industry calls a glide path: it starts heavy in stocks when you are young and automatically shifts you out of stocks and into bonds as you approach your retirement year. The logic is intuitive — bonds swing less than stocks, so as you near the finish line you want less volatility. By the time you retire, a typical fund might hold half or more of your money in bonds and other fixed income. The dial it is turning is average risk: how much your portfolio bounces around in a normal year.

The average is not the danger

The trouble is that no one retires on an average. You retire on a specific sequence of years, in a specific order, and that order is not something a glide path controls. Picture two savers with identical careers, identical contributions, and — over thirty years — the exact same average annual return. One happens to hit a brutal market in the years right around the day they stop working. The other gets that same brutal stretch early, in their thirties, then calm seas at the end. Same average. Wildly different retirements. This is sequence-of-returns risk, and it is the variable the product quietly leaves on the table.

Why does timing matter so much when the average is the same? Because the math of a portfolio changes the moment you stop adding money and start taking it out. Early in your career, a crash is almost a gift: you are still contributing, so you buy the recovery cheaply, and you have decades for it to compound. Near retirement, the same crash lands on the largest balance you will ever have — and you are no longer feeding it. If you are also drawing an income, every withdrawal during a downturn sells shares at depressed prices, locking in the loss and shrinking the base that has to recover. Advisors call the years roughly five before and five after you stop working the retirement red zone, because a bad sequence there can be unrecoverable.

Why losses do not undo themselves

Compounding the danger is a piece of arithmetic that almost everyone gets wrong by instinct: losses and gains are not symmetric. A 20% loss does not need a 20% gain to get back to even — it needs 25%, because you are now growing a smaller number. A 30% loss requires a 43% recovery. A 50% loss requires a 100% gain just to return to where you started. The deeper the hole, the steeper the climb, and the climb gets exponentially worse, not linearly worse.

Now combine that arithmetic with the red zone, and you can see why the timing of a drawdown is so much more dangerous than its size on paper. A retiree who watches half their balance evaporate does not simply need the market to come back; they need it to double, and they need it to do so before withdrawals grind the base too low to recover at all. The glide path lowers the odds of a deep drawdown by holding more bonds — but lower odds are not the same as no exposure, and shifting into bonds is not a guaranteed safe harbor. It manages the average risk profile. It cannot tell the market when to fall.

The decade the average hid

This is not a thought experiment. Consider an investor who retired in 2000, at the peak of the dot-com market, having done everything right. From that peak through roughly 2013, U.S. large-cap stocks delivered close to zero real price appreciation — more than a decade of going nowhere, punctuated by two savage drawdowns. The long-run average return for stocks over that century still looked perfectly healthy. But the retiree did not get the average. They got the sequence, and the sequence arrived in the worst possible order: a deep loss landing on a peak balance, at the exact moment they began drawing income.

Two investors can earn the identical average return over a career and retire into completely different lives. The order of the returns, not the average, writes the ending.

It also undercuts the rules of thumb people lean on. The familiar "4% rule" — the idea that you can safely withdraw about 4% of your savings a year — was reverse-engineered from historical return sequences. It worked in the past partly because the worst sequences happened to be survivable. There is no law guaranteeing the next thirty years will be as forgiving as the back-tested ones, and a glide path offers no protection if they are not. The product can manage how much your portfolio wobbles. It cannot manage the one thing that decides the outcome: when.

Which leaves a more useful question than the one most retirement advice asks. The standard playbook tries to survive a bad sequence — hold more bonds, draw a little less, wait it out. But every one of those moves still depends on the same thing: a market that eventually rises. So the question worth asking is whether a portfolio can do something a glide path structurally cannot — actually earn during the falling years, rather than simply holding less of what is dropping and hoping the recovery arrives before the withdrawals do.

An engine that can earn during the falling years

That last question is the one Vector Capital was built around. The reason a glide path cannot answer it is structural: a glide path is still a long-only bet on markets rising, just a quieter one. When the red zone delivers a bad sequence, the fund has no mechanism for earning during the fall — it can only hold less of the thing that is dropping and wait. So Vector does not start from holdings; it starts from rules. It is a systematic, market-neutral approach that follows a fixed rule set, defined in advance and executed without a human override, and because that rule set can take both long and short positions across stocks and futures, it does not require the market to rise in order to perform. A falling year is not an event it has to wait out — it is one of the conditions its rules are written to act on, in either direction.

That is the difference that matters in the red zone. Where a glide path lowers your average risk and leaves the timing exposed, a rule set that can earn while markets fall is working on the timing directly. The effect shows up most clearly in the depth of the holes it has dug: across its history, Vector's worst peak-to-trough drawdown has been about 16.5% — not the 30% to 50% drawdowns that make the recovery arithmetic above so punishing on a peak balance. The full record, and the matching drawdowns, are shown below, and they are worth reading with the same skepticism you would bring to any track record.

How it actually makes money — whether the market goes up or down

Most people know only one way to make money in markets — the way they were taught. You buy something, a stock or a fund, and you wait, hoping it is worth more later than you paid. When it rises, you sell, and the gap is your profit. Buy, wait, sell higher. It works — but look at the catch buried inside it: you only win if the price goes up. If it falls, or sits flat for years, your money sits there with it.

There is a second way to make money, and most people never use it: you can profit when a price goes down. You take a position that pays off when something falls instead of rises — that is called going "short." Owning the normal way is going "long." Do both, and you can win whichever way the market moves, not just one.

"Market-neutral" means holding both kinds of position at once — some that pay when prices rise, some that pay when they fall — balanced so the market's overall direction barely matters to you. Picture a shop that sells both sunscreen and umbrellas. It does not need to guess tomorrow's weather; it makes money either way, as long as people keep coming in. A market-neutral system is the same. It does not need the market to go up. It needs the market to move — and aims to be on the right side of those moves, in both directions at once.

That is why returns like the ones below are even possible. An ordinary portfolio waits for one big upward move and prays nothing knocks it down first. A market-neutral system takes its profit from the movement itself — and movement is exactly what frightens everyone else. It is why a chaotic, fearful year like 2025 was the system's strongest, not its worst: more fear meant more movement, and more movement is more to trade.

The guarantee almost nothing else in finance will make

Now the part almost no one else in finance will put in writing. Vector backs the system with a 12-month satisfaction guarantee: if you are not satisfied with your first year, you get your money back.

Now think about everything else sold to people building wealth in their 40s and 50s. A bond locks your money up for years and hands you a fixed coupon — no refunds. A whole-life policy can take a decade just to break even, and surrenders at a loss if you leave early. An annuity charges you to get your own money back slowly. None of them — not one — gives you a year to decide whether it actually worked and then returns your money if it didn't. That simply isn't how financial products are built. The house does not hand the chips back.

A guarantee like that only gets offered by someone who has watched the system work across enough conditions — calm markets, crashes, melt-ups — to stand behind it with their own revenue on the line. It takes the risk off your side of the table and puts it on theirs. That is a very different proposition from being shown a number and asked to trust it.